Abstract: An approach is provided in which a manufacturing test scheduling system predicts a dew point forecast indoor a facility based upon outdoor weather data and indoor environment data. The manufacturing test scheduling system selects time slots in the dew point forecast based upon a pre-defined dew point threshold and, in turn, schedules tests of a liquid cooled computer system during the selected time slots.

Abstract: An approach is provided in which a manufacturing test scheduling system predicts a dew point forecast indoor a facility based upon outdoor weather data and indoor environment data. The manufacturing test scheduling system selects time slots in the dew point forecast based upon a pre-defined dew point threshold and, in turn, schedules tests of a liquid cooled computer system during the selected time slots.

Abstract: A mechanism is provided in a data processing system for automatic case assignment. The mechanism extracts features from a machine readable form of a case to be assigned. An expertise classifier generates an initial case assignment matrix matching the case to a plurality of caseworkers based on the extracted features, a caseworker relationship graph, and an entity relationship graph. A personnel filter filters the initial case assignment matrix based on expertise, availability, and caseload of the plurality of caseworkers to form a final caseworker assignment. The mechanism assigns the case to an identified caseworker based on the final caseworker assignment.

Abstract: A test unit, operating in a first hardware operating state, receives a request for the input data from a test platform. In response to the receiving the request, the test unit determines that retrieving the input data requires the test unit to be in a second hardware operating state. In response to the determining, the test unit transitions from the first hardware operating state to the second operating hardware state. In the second hardware operating state, the test unit retrieves the input data. Once the test unit transitions to the second and correct hardware operating state, the test unit transmits the input data to the test platform.

Abstract: A test unit, operating in a first hardware operating state, receives a request for the input data from a test platform. In response to the receiving the request, the test unit determines that retrieving the input data requires the test unit to be in a second hardware operating state. In response to the determining, the test unit transitions from the first hardware operating state to the second operating hardware state. In the second hardware operating state, the test unit retrieves the input data. Once the test unit transitions to the second and correct hardware operating state, the test unit transmits the input data to the test platform.

Abstract: An apparatus includes a system test module that initiates a system power test for a computer system. The computer system includes one or more power supplies that provide power to system components. The system power test includes determining power system characteristics under various loading conditions. The apparatus includes a configure module that configures a system component during the system power test. The system component uses a higher amount of power after being configured than in a previous un-configured condition. The apparatus includes a de-configure module that de-configures the system component during the system power test. The system component uses a lower amount of power after being de-configured than in a previous configured condition. The apparatus includes a diagnostic module that measures power system performance of the computer system during varying loading conditions caused by configuring and de-configuring one or more system components by the configure module and the de-configure module.

Abstract: A test unit, operating in a first hardware operating state, receives a request for the input data from a test platform. In response to the receiving the request, the test unit determines that retrieving the input data requires the test unit to be in a second hardware operating state. In response to the determining, the test unit transitions from the first hardware operating state to the second operating hardware state. In the second hardware operating state, the test unit retrieves the input data. Once the test unit transitions to the second and correct hardware operating state, the test unit transmits the input data to the test platform.

Abstract: A test unit, operating in a first hardware operating state, receives a request for the input data from a test platform. In response to the receiving the request, the test unit determines that retrieving the input data requires the test unit to be in a second hardware operating state. In response to the determining, the test unit transitions from the first hardware operating state to the second operating hardware state. In the second hardware operating state, the test unit retrieves the input data. Once the test unit transitions to the second and correct hardware operating state, the test unit transmits the input data to the test platform.

Abstract: A mechanism is provided in a data processing system for automatic case assignment. The mechanism extracts features from a machine readable form of a case to be assigned. An expertise classifier generates an initial case assignment matrix matching the case to a plurality of caseworkers based on the extracted features, a caseworker relationship graph, and an entity relationship graph. A personnel filter filters the initial case assignment matrix based on expertise, availability, and caseload of the plurality of caseworkers to form a final caseworker assignment. The mechanism assigns the case to an identified caseworker based on the final caseworker assignment.

Abstract: An approach is provided in which a manufacturing test scheduling system predicts a dew point forecast indoor a facility based upon outdoor weather data and indoor environment data. The manufacturing test scheduling system selects time slots in the dew point forecast based upon a pre-defined dew point threshold and, in turn, schedules tests of a liquid cooled computer system during the selected time slots.

Abstract: An approach is provided in which a manufacturing test scheduling system predicts a dew point forecast indoor a facility based upon outdoor weather data and indoor environment data. The manufacturing test scheduling system selects time slots in the dew point forecast based upon a pre-defined dew point threshold and, in turn, schedules tests of a liquid cooled computer system during the selected time slots.

Abstract: An interface node selects a logical block address that corresponds to a contiguous memory location located on a storage device that is accessible by multiple interface nodes. The interface node retrieves a logical block address status indicator from a shared memory area and determines, based upon the logical block status indicator, whether the logical block address is utilized by a different interface node. If the logical block address is not utilized by a different interface node, the interface node tests the corresponding contiguous memory location.

Abstract: An apparatus includes a system test module that initiates a system power test for a computer system. The computer system includes one or more power supplies that provide power to system components. The system power test includes determining power system characteristics under various loading conditions. The apparatus includes a configure module that configures a system component during the system power test. The system component uses a higher amount of power after being configured than in a previous un-configured condition. The apparatus includes a de-configure module that de-configures the system component during the system power test. The system component uses a lower amount of power after being de-configured than in a previous configured condition. The apparatus includes a diagnostic module that measures power system performance of the computer system during varying loading conditions caused by configuring and de-configuring one or more system components by the configure module and the de-configure module.

Abstract: According to one embodiment of the present disclosure, an approach is provided in which an interface node selects a logical block address that corresponds to a contiguous memory location located on a storage device that is accessible by multiple interface nodes. The interface node retrieves a logical block address status indicator from a shared memory area and determines, based upon the logical block status indicator, whether the logical block address is utilized by a different interface node. If the logical block address is not utilized by a different interface node, the interface node tests the corresponding contiguous memory location.